All posts by

February 14, 2017

Home –> Daily Commentary & Archive –> February 14, 2017 Daily Commentary


Natural Gas Closes Below $3.00/MMBTU For The First Time In 3 Months As 3 Straight Weeks Of 5-Year Low Weekly Withdrawals Now Projected; Natural Gas Demand Rises But Daily Withdrawals Remain Well Below-Average; Rioja Knutsen Arrives In Sabine Pass


6:00 AM EDT, Tuesday, February 14, 2017
Amidst forecasts that February 2017 will be among the warmest Februarys on record, natural gas extended Friday’s 3.4% losses by falling a further 9 cents or 3% on Monday to settle at $2.94/MMBU. It was the first time that the commodity closed under $3.00/MMBTU since November 23, 2016. Nonetheless, natural gas prices are still up 49% year-over-year as natural gas inventories are more than 280 BCF lower compared to this time last year. Crude oil opened the weak lower as well, falling 93 cents or 1.7% to $52.93/barrel as investors continue to weigh rising US production and OPEC production cut pledges which, so far, the organization seems to have adhered to.

Natural gas demand will continue to march higher today as seasonally cool temperatures across the southern Plains slide east, even as it remains well below-average. Highs today across the south will cool 10-15 degrees day-over-day with Dallas dropping from the upper 60s to the lower 40s and Little Rock, Ar falling from the mid-50s to the upper 40s. While east Texas through Arkansas and Louisiana will see a chilly rain, areas from Amarillo, Tx to eastern New Mexico can expect 2-4 inches of wet snow. As mentioned yesterday, these areas were in the upper 80s and lower 90s about 72 hours ago. Across the northern Plains, temperatures will drop about 10 degrees day-over-day from South Dakota to Minnesota with readings falling from the 40s into the 30s in most areas, still 10F-15F warmer than normal. Elsewhere across the country, temperatures will be at or above-average across most areas and will generally be within 5 degrees of yesterday’s highs. Overall, the forecast mean population-weighted nationwide temperature today will cool by just under 1F day-over-day to 45.6F, still more than 3F warmer than average. Based on this outlook, I am projecting a -17 BCF daily natural gas storage withdrawal, 3 BCF larger than yesterday but nearly 6 BCF smaller than the 5-year average. Look for temperatures to stabilize tomorrow with natural gas demand to be more or less unchanged.


One of the primary drivers of the natural gas’ dip below $3.00/MMBTU is a marked warming trend for the week of February 18-24. By early next week, temperatures across the Heartland could rise as high as 25F-30F warmer than average with 60F readings as far north as Minnesota and Wisconsin. As a result, forecast population-weighted nationwide temperatures would rise to more than 10F warmer than average for 3 or more straight days, reaching as warm as 54F. Based on this outlook, daily withdrawals could approach 0 BCF sometime in the Sunday-Tuesday timeframe, 15-20 BCF smaller than average. For the week of February 18-24, I am currently projecting a remarkably small -51 BCF storage withdrawal, a mammoth 81 BCF smaller than the 5-year average. Last Friday, this projection was over -100 BCF, highlighting just how rapidly the forecast for this week has warmed. This is shown in the Figure to the right. Not only would such a withdrawal be the smallest for the week in the last 5 years–the projected third consecutive week for which this is the case–it would also be the third smallest in the full 23-year history of EIA inventory reports. Perhaps this will prompt the final capitalulation that long-term bulls have been waiting fore. See more on this exceptionally bearish projection HERE. Just imagine how bearish these reports would be if it wasn’t for a tight supply/demand balance and LNG exports…


Speaking of which, the LNG tanker Rioja Knutsen arrived in Sabine Pass late yesterday evening. It was the first to arrive at the LNG liquefaction plant this week, after 4 arrived last week. Expect it to be joined by the Ribera Duero Knutsen and Stena Crystal Sky this week, at minimum, with the Gaslog Shangui and Gallina also in the western Atlantic moving in the general direction of Sabine Pass, as shown in the Figure to the right. Over the past week, daily feedgas demand has hovered right around 2.1 BCF/day–and today is now exception–equating to around 15 BCF/week. Such deliveries would mandate an average of 4-5 LNG tankers each with a capacity of around 3 BCF of LNG, which also accounts for feedgas that is not converted to LNG but is instead burned to drive the liquefaction process. See more on LNG exports HERE.


With the near-term outlook for natural gas demand as weak as it is, it remains difficult to recommend getting aggressively long at this time for all but the most risk-tolerant. It is better to let the pieces settle out before jumping headfirst at a falling knife hoping for a deal. In such an environment, the fundamentals–Fair Price, market tightness, etc–go by the wayside and the commodity trades on emotion, model run to model run.

Independent System Operators

There are currently 5 Independent System Operators (ISOs) in the US–CAISO, MISO, ERCOT, NEISO, and NYISO–while three others–PJM, BPA, and SPP–fall under the broader umbrella of Regional Transmission Operators (RTOs) but serve a large market and are also tracked. The map below shows the rough geographical domain of each provider.



ISO/RTO
Full Name
Customer Base
Population Served
PJM Pennsylvania Jersey Maryland North Carolina, Virginia, West Virginia, Kentucky, Maryland, Delaware, Ohio, Pennsylvania, New Jersey, Illinois 61 Million
NYISO New York ISO New York 20 Million
NEISO New England ISO Connecticut, Rhode Island, Massachusetts, Vermont, New Hampshire, Maine 18 Million
MISO Midcontinent ISO Mississippi, Louisiana, Arkansas, Missouri, Illinois, Indiana, Iowa, Wisconsin, Michigan, Minnesota 24 Million
SPP Southwest Power Pool New Mexico, Oklahoma, Kansas, Nebraska, South Dakota, North Dakota, Montana 18 Million
ERCOT Electric Reliability Council Of Texas Texas 24 Million
CAISO California ISO California 30 Million
BPA Bonneville Power Administration Washington; Oregon; Idaho 10 Million

HomepageHolder


Click For Full Week 1 Details
Click For Full Week 2 Details
Click For Full Week 3 Details
Click For Full Week 4 Details
Click For Full 4-Week Details

Summary Dashboard
Click on each box for more details


Oil & Natural Gas Investing



Natural Gas Storage


Current United States Temperatures


Alternative Energy Generation

Daily Commentary


10-Year Low Weekly Storage Injection Possible In This Week’s EIA Storage Report; Natural Gas Pulls Back As Heatwave Abates But Seasonally Warm Temperatures & Tight Market Should Limit Losses

Chart Of The Day

Chart of the Day: After a weekend cool-down, temperatures look to remain seasonally warm today. Click here for more information on on intraday weather data.


Monday, August 1, 2016
Natural gas finished Friday nearly flat, closing up a half penny to $2.88/MMBTU. For the week, however, the commodity finished up 4%, highlighted by an 8% gain on Thursday after the EIA announced that natural gas storage the previous week increased less than expected. This erased nearly a month of investor apathy that had seen natural gas approach $2.60/MMBTU but now has the commodity within a single good day of eclipsing the June 2016 high of $2.99/MMBTU. However, with record-setting heat on the wane, it will take robust natural gas storage reports continuing to beat expectations to drive prices higher from here. Crude oil gained 46 cents or 1.1% on Friday, but it was a pyrrhic victory the commodity lost 6% on the week and an ugly 14% for the month of July, its worst monthly performance since July 2015, as prices fell to 3-month lows.

After the impressive heat of the last 10 or days of July, temperatures cooled over the weekend to the “Summer of 2016 average” which is about 1-2 d…

Continue Reading Full Article…



Popular Charts, Tables, & Maps
Natural Gas Long-Term Storage Projections

Inventories for the next 8 months & season-ending forecasts.

Click above for more

Natural Gas Fair Price Analysis

Price premium or discount based on storage projections & historical prices.

Click above for more

Near-Term Temperature Forecast

Based on GFS model output, maps updated four times daily, stats updated twice daily.

Click above for more

Natural Gas Exports

Feedgas deliveries to Sabine Pass LNG plant & LNG tanker positions.

Click above for more

US Wind Output & Forecast

Today’s live wind generation & impact on natural gas, updated hourly.

Click above for more

Nuclear Powerplant Outages

US nuclear powerplant outages & impact on natural gas demand, updated daily.

Click above for more
CAISO Solar Output

Today’s Solar Output from Caiso Region (California), updated hourly.

Click above for more

Crude Oil Storage

Observed inventories reported by EIA & 6-month projections.

Click above for more


Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use.

Privacy Policy

Homepage –> Privacy Policy


Celsius Energy does not share personal information with third parties nor do we store any information about your visit to this blog other than to analyze and optimize your content and reading experience through the use of cookies.

You can turn off the use of cookies at anytime by changing your specific browser settings.

We are not responsible for republished content from this blog on other blogs or websites without our permission.

This privacy policy is subject to change without notice and was last updated on January 29, 2017. If you have any questions feel free to contact me directly here: CelsiusEnergyFM@gmail.com.


Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use.

Solar

Home –> Alternative Energy Main –> Solar Generation



Solar output for California’s CAISO region is presented in the data below. Representing nearly half of all installed solar capacity, the CAISO solar network generates enough electricity to power 3.3 million homes. The state is currently pursuing a Renewable Portfolio Standard that mandates 33% of the states electricity come from renewable sources resulting in a rapid increase in solar capacity.


Jump To:


–>Current CAISO Solar Output

–>Historical Output

–>Solar Generation & Natural Gas Demand

–>Short Term Weather Outlook

Summary








Current CAISO Solar Generation





Historical CAISO Solar Output



CAISO Solar Generation & Natural Gas Demand





Like wind output, fluctuations in CAISO solar generation can exceed 50% from day-to-day depending on the weather across California. However, while daily natural gas displacement due to wind can exceed 8 BCF per day and the average daily variation is around 1.4 BCF/day, CAISO solar displacement rarely exceeds 1 BCF with an average daily variation of only around 0.08 BCF/day. This being said, CAISO solar output growth is outpacing wind and expect it to have an increasing impact on natural gas demand over the next year.




Current California Sky Conditions & Forecast



Visible Satellite Imagery


West Coast


Northern California


Southern California




7-Day Forecast California Cloudcover




Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use. See full Privacy Policy HERE.

Wind

Home –> Alternative Energy Main –> Wind Generation


Jump To:

–>Current Wind Generation

–>Wind Generation Vs. Natural Gas Demand

–>US Wind Speed Forecast


Current US Wind Generation



Historical Wind Generation

Summary


Wind Generation in the United States

Wind power in the United States has expanded rapidly this decade with total installed capacity doubling between 2010 to the end of 2015 with 74,000 MW currently installed. The six largest wind generating grids are California’s CAISO, the Pacific Northwest’s Bonneville Power Administration (BPA), Texas’ ERCOT, the Southern Plains’ SPP, the Midwest’s MISO, and New England’s NEISO. The maps below shows these regions and wind capacity by state. The six grids make up approximately 80% of domestic wind generation and these publicly available data permit a highly accurate estimate of nationwide wind generation. This data is updated on an hour-by-hour basis in the charts and maps below.


US Wind Regions


Installed US Wind Capacity


Image Source: American Wind Energy Association


Wind Generation Vs. Natural Gas Demand






Wind Output Impact On Natural Gas Demand


Analyzing wind generation is important for natural gas investors because the rapid development of renewable energy has cut into demand for the commodity. Fluctuations in wind generations tend to displace natural gas demand since, of the major sources of energy in the United States, it is most readily ramped up or down compared to, say, nuclear, coal, or hydroelectric power sources. Depending on the day, wind generation may be equivalent to between 4 BCF and 8 BCF of natural gas demand, meaning that demand can swing up to 4 BCF/day depending on wind conditions, loosening or tightening the natural gas market regardless even if temperatures are bullish or bearish, respectively. As wind capacity continues to increase, expect heightened day-to-day natural gas demand volatility. Over the next few years, wind output may come to rival temperature as the primary driver of day-to-day natural gas demand. The table below shows maximum, minimum and average natural gas displacement over the past 60-days.




US Wind Speed Outlook


Current US Wind Speeds


Observed & Forecast Wind Speeds


Current Wind Speed Data

Observed, current, and forecast wind speeds are calculated using a weighted average based on current installed wind capacity. For example, Texas, the state with the highest installed wind capacity in the US, is overweighted while states across the Southeast such as Mississippi, Alabama, and Georgia with minimal installed wind capacity, receive very little weighting.

Current wind speed data is updated hourly as new observations are posted.











7-Day Forecast Wind Speed

Wind speed forecasts are updated twice daily at around 1 am EDT and 1 pm EDT.




Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use. See full Privacy Policy HERE.

Historical Weather

Homepage –> Temperature & Weather Data Home –> Historical Weather Data


Historical Weekly Natural Gas-Weighted Degree Days (GWDDs)

GWDDs are a proprietary calculation that takes into account temperature in the form of total degree days (absolute difference of mean daily temperature from 65), population, and regional patterns of natural gas consumption versus other fuels. Simply, a higher number of GWDDs correlates with higher natural gas demand.




Historical Population-Weighted Mean Nationwide Temperatures


Historical Weather Data

Historical temperature data for the past 3 months to 1 year is collected on this page. 1-year plots of gas-weighted degree days and mean population-weighted temperatures are shown to the left, along with more detailed statistics for the past three months. This data updates once a week on Friday evening or Saturday morning. The maps below are generated by NOAA and reflect monthly departures from average mean temperatures and state-by-state monthly ranking versus historical averages. Plots for each of the last six months are provided with new data being added during the first week of each month.


Monthly Departure From Average Mean Nationwide Temperatures

Source: National Oceanic & Atmospheric Administration



Monthly Mean Temperature Historical Ranking By State

Source: National Oceanic & Atmospheric Administration



Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use. See full Privacy Policy HERE.

Season Ending Projection History

Homepage –> Season-Ending Storage Projection History


The table and chart below plots the history of injection season-ending natural gas storage projections (peak natural gas inventory levels). These projections are made twice daily and these data plot their evolution over the past 3 months.



Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use. See full Privacy Policy HERE.

Projection Error

Home –> Natural Gas Storage Main –> Projection Error


Projection statistics and error data for my weekly natural gas storage forecasts are presented below. All data is based on the final projection the morning of the EIA Inventory Report (usually Thursday Morning).




Projected Vs. Observed Natural Gas Storage Projections



Absolute Weekly Natural Gas Storage Projection Error



Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use. See full Privacy Policy HERE.

Hydroelectric

Home –> Alternative Energy Main –> Hydroelectric Generation


Summary





Jump To:


–>Current BPA Hydrolectric Output

–>Historical Hydroelectric Output

–>Hydrolectric Generation & Natural Gas Demand

–>Short Term Pacific Northwest Drought Status & Precipitation Outlook

Hydroelectric Power In The United States


The Bonneville Power Administration (BPA) was established in 1937 under the auspices of FDR’s “New Deal” intended to stimulate the Depression-era economy. The Administration operates a series of hydroelectric dams on the Columbia and Snakes Rivers primarily in Washington, Oregon, and Idaho. Today, the BPA produces nearly 1/3rd of all hydroelectric power in the United States. Much of this is exported to markets in California and the Southwest. Compared to wind and solar power, hydroelectric power experiences less hour-to-hour and day-to-day fluctuations and provides baseload power. However, over an extended period, droughts can significantly impact hydroelectric output, as was seen during the summer of 2015, resulting in an increase in Northwest natural gas demand to make up for the shortfall. The map below shows hydroelectric dams in the Columbia River basin, 75% of which are operated by the BPA.



Current BPA Hydroelectric Generation





Historical BPA Hydroelectric Output



BPA Hydroelectric Generation & Natural Gas Demand





Fluctuations in hydroelectric output, like nuclear generation, tends to have a smaller day-to-day variation than wind or solar generation, but variations tend to persist for a longer period of time. This results in a sustained period of increased or decreased temperature-independent natural gas demand.




Observed & Forecast Rainfall Across The Columbia River Drainage Basin


Columbia River Rainfall Statistics





Current Palmer Drought Index



The Columbia River & Snake River watershed includes most of Oregon, Washington, Idaho and parts of western Montana and southern British Columbia. Coastal areas and particularly the west-facing slopes of the Cascades see heavier rainfall in excess of 50 inches of rain annually while areas in the rainshadow of the mountains east of the Cascades see much lower tallies, usually 10 inches to 25 inches per year. The data below shows observed and forecast rainfall for the Columbia River Basin, current drought levels, and live weather across the area based on radar imagery.


Radar: Mouth Of The Columbia River & Coastline


Radar: Headwaters Of The Columbia River


Disclaimer: Natural Gas & Oil Storage Projections, Intraday Natural Gas Stats, Renewable Energy Stats, Morning Reports, and fundamental pricing models are released by Celsius Energy as experimental products. While they are intended to provide accurate, up-to-date data, they should not be used alone in making investment decisions, or decisions of any kind. Celsius Energy does not make an express or implied warranty of any kind regarding the data information including, without limitation, any warranty of merchantability or fitness for a particular purpose or use. See full Privacy Policy HERE.